Search: in
Nanometre
Nanometre in Encyclopedia Encyclopedia
  Tutorials     Encyclopedia     Videos     Books     Software     DVDs  
       
Encyclopedia results for Nanometre

Nanometre





Encyclopedia results for Nanometre

  1. Nanometre

    For examples of things measuring between one and ten nanometres 1 nanometre Unit of length m 0.000000001 accuracy 4 A nanometre American English American spelling nanometer symbol nm Ancient Greek lang grc , lang grc Latn nanos , dwarf lang grc , lang grc Latn metr n , unit of measurement is a Units of measurement unit of length in the metric system , equal to one billionth of a metre . It is one of the units for very small lengths, and equals ten ngstr m , an internationally recognised non International System of Units SI unit of length. It is often associated with the field of nanotechnology and the wavelength of light . Formerly, milli micrometre micron symbol m was used for the nanometre. The symbol has also been used. ref Cite journal first The last Svedberg first2 J. Burton last2 Nichols title Determination of the size and distribution of size of particle by centrifugal methods journal Journal of the American Chemical Society year 1923 volume 45 issue 12 pages 2910 2917 doi 10.1021 ja01665a016 ref ref Cite journal first The last Svedberg first2 Herman last2 Rinde title The ulta centrifuge, a new instrument for the determination of size and distribution of size of particle in amicroscopic colloids journal Journal of the American Chemical Society year 1924 volume 46 issue 12 pages 2677 2693 doi 10.1021 ja01677a011 ref ref Cite book first Karl last Terzaghi title Erdbaumechanik auf bodenphysikalischer Grundlage publisher Franz Deuticke location Vienna year 1925 page 32 ref Since late 1980s this unit is also used to describe generations of the Semiconductor device fabrication manufacturing technology in the semiconductor industry . It is the most common unit to describe the wavelength of light, with visible light falling in the region of 400 700  nm. See also 1 E 9 m SI prefix Orders of magnitude length Conversion of units , for comparison with other ... sl Nanometer sv Nanometer ta tr Nanometre ur vi Nan m t zh ...   more details



  1. 1 nanometre

    To help compare different orders of magnitude s this page lists length s between 10 sup 9 sup metre s and 10 sup 8 sup metres 1 nanometre s and 10 nanometres . 1 E 10 m Distances shorter than 1 nanometre 1  nm 1 nanometre 1000 picometre s 10 ngstr m s 1  nm rough length of a sucrose molecule, as calculated by Albert Einstein Fact date December 2008 1.1  nm diameter of a single walled carbon nanotube Fact date February 2009 2  nm diameter of DNA helix Fact date February 2009 50  nm flying height of the Disk read and write head head of a hard disk Fact date February 2009 Source http www.helpwithpcs.com courses hard drive mechanics.htm 3.4  nm length of a DNA Turn biochemistry turn 10 Base pair bp Fact date February 2009 3 8  nm size of an Albumins albumin protein molecule Fact date February 2009 6.8  nm width of a haemoglobin molecule Fact date February 2009 1 E 8 m Distances longer than 10 nanometres See also Nanoflower Associations Orders of magnitude length wide Notes Reflist Which in other words are the same as micromillimeter ,and millimicron . External links cite book title Nanotechnology Overviews chapter A nano scale overview url http en.wikibooks.org wiki Nanotechnology Overviews A nano scale overview publisher Wikibooks accessdate 2009 02 21 when template is able to link to specific section modify and uncomment following wikibookspar Nanotechnology Introduction Clarify me date December 2008 the book really covers the scale at Nanotechnology Overviews A nano scale overview, but how to make the template cleanly interlink to it? DEFAULTSORT 1 Nanometre Category Orders of magnitude length 09 eo 1 E 9 m fr 1 E 9 m it 1 E 9 m sl 1 E 9 m sh 1 E 9 m ...   more details



  1. File:Nib-logo.png

    Summary logo fur REQUIRED Article Northern Ireland Bureau Use Org HIGHLY RECOMMENDED Source http www.nibureau.com ADDITIONAL INFORMATION Used for Owner Website http www.nibureau.com History Commentary OVERRIDE FIELDS Description Portion Low resolution Purpose Replaceability other information Licensing Non free logo History of Image Nib logo.gif 2008 05 08T05 55 30Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 404 bytes nowiki logo fur REQUIRED Article Northern Ireland Bureau Use Org HIGHLY RECOMMENDED Source http www.nibureau.com ADDITIONAL INFORMATION Used for Owner Website http www.nibureau.com History Commentary OVERRIDE F nowiki 2008 05 08T05 55 30Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 190x88 5197 bytes ...   more details



  1. File:Ofmdfm-logo.png

    Summary logo fur REQUIRED Article Office of the First Minister and deputy First Minister Use Org HIGHLY RECOMMENDED Source http www.ofmdfmni.gov.uk ADDITIONAL INFORMATION Used for Owner Website History Commentary OVERRIDE FIELDS Description Office of the First Minister and deputy First Minister logo Portion Low resolution Purpose Replaceability other information Licensing Non free logo History of File Ofmdfm logo.gif 2008 05 01T20 49 31Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 473 bytes nowiki logo fur REQUIRED Article Office of the First Minister and deputy First Minister Use Org HIGHLY RECOMMENDED Source http www.ofmdfmni.gov.uk ADDITIONAL INFORMATION Used for Owner Website History Commentary nowiki 2008 05 01T20 49 31Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 290x100 5027 bytes ...   more details



  1. File:Duporguklogo(col).png

    Summary logo fur REQUIRED Article Democratic Unionist Party Use Org HIGHLY RECOMMENDED Source http www.simonhamilton.org page9.htm ADDITIONAL INFORMATION Used for Owner Democratic Unionist Party Website History Commentary OVERRIDE FIELDS Description Portion Low resolution Purpose Replaceability other information Licensing Non free logo History of Image Duporguklogo col .jpg 2008 11 24T22 52 26Z User OKBot OKBot User talk OKBot Talk Special Contributions OKBot contribs 444 bytes nowiki Non free 2018 1231 image, Template Non free reduce Non free reduce nowiki 2008 05 01T17 30 47Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 423 bytes nowiki logo fur REQUIRED Article Democratic Unionist Party Use Org HIGHLY RECOMMENDED Source http www.simonhamilton.org page9.htm ADDITIONAL INFORMATION Used for Owner Democratic Unionist Party Website History Commenta nowiki 2008 05 01T17 30 46Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 2018x1231 485960 bytes Category Political party symbols of Northern Ireland Category Democratic Unionist Party ...   more details



  1. File:INI logo.png

    Summary logo fur REQUIRED Article Invest Northern Ireland Use Org HIGHLY RECOMMENDED Source http www.investni.com apps usniconference usniwebsite index.html ADDITIONAL INFORMATION Used for Owner Invest Northern Ireland Website History Commentary OVERRIDE FIELDS Description Portion Low resolution Purpose Replaceability other information Licensing Non free logo History of Image INI logo.gif 2008 09 21T04 28 04Z User FairuseBot FairuseBot User talk FairuseBot Talk Special Contributions FairuseBot contribs 445 bytes nowiki Removing tag nowiki 2008 09 15T22 12 50Z User FairuseBot FairuseBot User talk FairuseBot Talk Special Contributions FairuseBot contribs 562 bytes nowiki Image is not compliant with WP NFCC the non free content rules nowiki 2008 05 08T05 49 17Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 445 bytes nowiki logo fur REQUIRED Article Invest Northern Ireland Use Org HIGHLY RECOMMENDED Source http www.investni.com apps usniconference usniwebsite index.html ADDITIONAL INFORMATION Used for Owner Invest Northern Ireland Websit nowiki 2008 05 08T05 49 17Z User Nanometre Nanometre User talk Nanometre Talk Special Contributions Nanometre contribs 130x104 2826 bytes ...   more details



  1. SeaWiFS

    Image Baikal S1999276045323.png thumb Photo of Lake Baikal from SeaWiFS Image AYool SEAWIFS annual.png thumb SeaWIFS derived average sea surface chlorophyll for the period 1998 to 2006. SeaWiFS stands for Sea viewing Wi de field of view F ield of view S ensor. It was the only Measuring instrument scientific instrument on GeoEye s OrbView 2 AKA SeaStar satellite , and was a follow on experiment to the Coastal Zone Color Scanner on Nimbus program Nimbus 7 . Launched August 1, 1997 on an Orbital Sciences Pegasus small air launched rocket , SeaWiFS began scientific operations on 18 September 1997 and stopped collecting data on 11 December 2010 ref name OceanColor cite web url http oceancolor.gsfc.nasa.gov cgi browse.pl?sen sw&typ GAC title Ocean Color Browse author NASA, Goddard Space Flight Center date February 14, 2011 accessdate February 14, 2011 ref . The sensor resolution is 1.1  km LAC , 4.5  km GAC . The sensor recorded information in the following optical bands border 1 cellpadding 2 Band Wavelength 1 402 422 nanometre nm 2 433 453 nanometre nm 3 480 500 nanometre nm 4 500 520 nanometre nm 5 545 565 nanometre nm 6 660 680 nanometre nm 7 745 785 nanometre nm 8 845 885 nanometre nm The instrument was specifically designed to monitor ocean characteristics such as chlorophyll a concentration and water clarity. It was able to tilt up to 20 degrees to avoid sunlight from the sea surface. This feature is important at equatorial latitudes where glint from sunlight often obscures water colour. SeaWiFS had used the Marine Optical Buoy Contribution Marine Optical Buoy for vicarious calibration. The SeaWiFS Mission is an industry government partnership, with NASA s Ocean Biology Processing Group at Goddard Space Flight Center having responsibility for the data collection, processing, calibration, validation, archive and distribution. The current SeaWiFS Project manager is Gene Carl Feldman . References Cracknell, A. P., S. K. Newcombe, A. F. Black and N. E. Kirby 20 ...   more details



  1. Nano-abacus

    The nano abacus is a nanometre nano sized abacus developed by IBM scientists. Stable rows made up of ten molecule s act as the railings of the abacus. The beads are made up of fullerene and are pushed around by the tip of a scanning tunneling microscope . The nano abacus has the potential to be used in a variety of Nanotechnology nanotechnological inventions such as the molecular computer nano computer . http www.zurich.ibm.com news 96 n 19961113 01.html Category Nanotechnology ar ru nano tech stub ...   more details



  1. 1 E-14 m²

    Unreferenced date August 2009 To help compare different orders of magnitude this page lists area s between 10 sup 14 sup square metre m sup 2 sup and 10 sup 13 sup m sup 2 sup 10,000 to 100,000 nanometre nm sup 2 sup . See also orders of magnitude area areas of other orders of magnitude . 1 E 15 m Areas smaller than 10 sup 14 sup m sup 2 sup 1 E 13 m Areas larger than 10 sup 13 sup m sup 2 sup area Category Orders of magnitude area ...   more details



  1. Mastigonemes

    Mastigonemes are Anatomical terms of location lateral hairs found covering the flagellum flagella of heterokont and Cryptomonad cryptophyte algae ref name hoek95 Hoek, C. van den, Mann, D. G. and Jahns, H. M. 1995 . http books.google.co.uk books?id xuUoiFesSHMC&printsec frontcover Algae An introduction to phycology , Cambridge University Press, UK. ref . They are approximately 15 nanometre nm in diameter, and usually consist of a tubular shaft that itself terminates in smaller hairs . It is believed that they assist in animal locomotion locomotion by increasing the surface area of a flagellum. References references cell biology stub Category Algae Category Heterokonts Category Cryptophytes Category Flagellates ...   more details



  1. Material dispersion coefficient

    Orphan date February 2009 In an optical fiber , the material dispersion coefficient , M , characterizes the amount of pulse broadening by material dispersion optics dispersion per unit length of fiber and per unit of spectral width . It is usually expressed in picosecond s per nanometre kilometre . For many optical fiber materials, M approaches zero at a specific wavelength sub 0 sub between 1.3 and 1.5 m . At wavelengths shorter than sub 0 sub , M is negative and increases with wavelength at wavelengths longer than sub 0 sub , M is positive and decreases with wavelength. Pulse broadening caused by material dispersion in a unit length of optical fiber is given by the product of M and spectral width . References FS1037C Category Fiber optics optics stub ...   more details



  1. 1 E-15 m²

    Unreferenced date August 2009 To help compare different orders of magnitude this page lists area s between 10 sup 15 sup square metre m sup 2 sup and 10 sup 14 sup m sup 2 sup 1,000 to 10,000 nanometre nm sup 2 sup . See also orders of magnitude area areas of other orders of magnitude . 1 E 16 m Areas smaller than 10 sup 15 sup m sup 2 sup 4,000 nm sup 2 sup Approximate surface area of the smallest known virus a parvovirus 1 E 14 m Areas larger than 10 sup 14 sup m sup 2 sup area Category Orders of magnitude area ...   more details



  1. Niemeyer-Dolan technique

    Image TyNiemeyerDolanTechnique.png thumb Niemeyer Dolan technique for the fabrication of single electron transistors The Niemeyer Dolan technique , also called Dolan technique or shadow evaporation technique the term preferred by its inventor, J. Niemeyer , is a lithography lithographic method to create nanometre sized overlapping structures composed of two or more materials. A shadow mask for oblique angle evaporation is created on the Substrate materials science substrate . Depending on the evaporation angle the shadow image of the mask is projected onto different positions on the substrate. By carefully choosing an individual angle for each material to be deposited, adjacent openings in the mask can be projected on the same spot, creating an overlay of different materials. Usage The Niemeyer Dolan technique can be used to create small Nanostructure nanostructures , such as Quantum dot quantum dots or Tunnel junction tunnel junctions . With a tunnel junction the coulomb blockade can be observed. References references DEFAULTSORT Niemeyer Dolan Technique Category Nanoelectronics ...   more details



  1. Nanoporous

    Refimprove date December 2009 Nanoporous materials consist of a regular Organic chemistry organic or inorganic framework supporting a regular, porous structure. Pores are by definition roughly in the nanometre range, that is between 1x10 sup 7 sup and 0.2x10 sup 9 sup m. Subdivisions Nanoporous materials can be subdivided into 3 categories, set out by IUPAC Microporous material s 0.2 2  nm ref http goldbook.iupac.org M03909.html ref Mesoporous material s 2 50  nm ref http goldbook.iupac.org MT07177.html ref Macropore Macroporous materials 50 1000  nm ref http goldbook.iupac.org MT07177.html ref References Reflist Category Scientific terminology Category Porous media Chemistry stub ...   more details



  1. 800 nanometer

    Unreferenced date February 2007 CMOS manufacturing processes The 800  nanometre nm process refers to the level of semiconductor process technology that was reached in the 1989 1990 timeframe, by most leading semiconductor companies, like Intel and IBM . Products featuring 0.8  m manufacturing process Intel 80486 Intel 486 CPU launched in 1989 was manufactured using this process. microSPARC microSPARC I launched in 1992 First Intel P5 microarchitecture P5 P5 Pentium brand Pentium CPUs at 60  MHz and 66  MHz launched in 1993 Sequence prev 1 m process 1 m next 600 nanometer 600 nm list CMOS manufacturing processes DEFAULTSORT 800 Nanometer Category International Technology Roadmap for Semiconductors lithography nodes ar 800 it 800 nm nano tech stub ...   more details



  1. 600 nanometer

    Unreferenced date February 2007 CMOS manufacturing processes The 600  nanometre nm process refers to the level of semiconductor process technology that was reached in the 1994 1995 timeframe, by most leading semiconductor companies, like Intel and IBM . Products featuring 0.6  m manufacturing process Intel 80486DX4 CPU launched in 1994 was manufactured using this process. IBM Motorola PowerPC 601 , the first PowerPC chip, was produced in 0.6  m. Intel Intel P5 Pentium CPUs at 75  MHz, 90  MHz and 100  MHz were also manufactured using this process. Sequence prev 800 nanometer 800  nm next 350 nanometer 350  nm list CMOS manufacturing processes DEFAULTSORT 600 Nanometer Category International Technology Roadmap for Semiconductors lithography nodes ar 600 it 600 nm nano tech stub ...   more details



  1. Ångström (disambiguation)

    ngstr m is a Swedish surname which may refer to People Anders Jonas ngstr m 1814 1874 , Swedish physicist Anders Knutsson ngstr m 1888 1981 , Swedish physicist and meteorologist Lars ngstr m , Swedish Green Party politician and member of the Riksdag Yvonne ngstr m , Swedish Liberal People s Party politician Other ngstr m , unit of length equal to 0.1 nanometre. Angstrom exponent ngstr m exponent , an exponent used to describe the dependency of the aerosol optical thickness. ngstr m crater , lunar crater. 42487 ngstr m , main belt asteroid. ngstr m distribution , Linux distribution for embedded devices. Rabbit Angstrom Harry Rabbit Angstrom , character in John Updike s Rabbit series. disambig DEFAULTSORT Angstrom Category Surnames Category Swedish language surnames be x old de ngstr m fr ngstr m homonymie ru simple Angstrom disambiguation tl ngstr m paglilinaw ...   more details



  1. Luminous coefficient

    The luminous coefficient is a coefficient that measures the integral integrated fraction of the radiant power that contributes to its luminous properties as evaluated by means of the standard luminosity function . ref cite book title Van Nostrand s Scientific Encyclopedia, 3rd Edition publisher D. Van Nostrand Company, Inc. location Princeton, New Jersey, Toronto, London, New York month January year 1958 ref The luminosity coefficient is math frac int lambda infin lambda 0 y lambda J lambda d lambda int lambda infin lambda 0 J lambda d lambda , math where y sub sub is the standard luminosity function, J sub sub is the spectral power distribution of the radiant intensity. The luminous coefficient is unity for a narrow band of wavelengths at 555 nanometre s. See also Luminous efficacy Luminous efficiency , the more common name for luminous coefficient Photometry optics Photometry References references Category Photometry color stub ...   more details



  1. Resolution enhancement technology

    Orphan date February 2009 Resolution enhancement technology RET is a form of image processing technology used to manipulate dot characteristics popular among laser printer and inkjet printer manufacturers. Closely related RET techniques are also used in Very large scale integration VLSI photolithography manufacturing technology, in particular in relation to 90 nanometre technology. Resolution refers to the sharpness of image detail, smoothness of curved lines, and the faithful reproduction of an image. In both cases, RET uses pre compensation of the image in order to try to mitigate the effects of the printing process. Among the major issues in RET in VLSI technology are the fundamental properties of a wave amplitude, phase, and direction. External reference http www.techonline.com community tech group soc tech paper 36297 Tech Online http www.mentor.com products ic nanometer design litho modeling Mentor Graphics Litho Modeling http www.synopsys.com products solutions dfm.html Synopsys Design For Manufacturing compu hardware stub Category Image processing Category Printing ...   more details



  1. Outer mitochondrial membrane

    Unreferenced date December 2009 image Mitochondrie.svg thumb 300px Mitochondria structure br 1 Inner membrane br 2 Outer membrane br 3 Crista br 4 Matrix biology Matrix The outer mitochondrial membrane , which encloses the entire organelle, has a protein to phospholipid ratio similar to the eukaryotic plasma membrane about 1 1 by weight . It contains numerous integral protein s called Porin protein porin s , which contain a relatively large internal channel about 2 3 Nanometre nm that is permeable to all molecules of 5000 Atomic mass unit dalton s or less. Larger molecules can only traverse the outer membrane by active transport through mitochondrial membrane transport protein s. The outer membrane also contains enzyme s involved in such diverse activities as the elongation of fatty acid s, oxidation of epinephrine adrenaline , and the Biodegradation degradation of tryptophan . Mitochondrial enzymes See also Bacterial outer membrane MITOL mitochondrial ubiqutin ligase is localized in the mitochondrial outer membrane. DEFAULTSORT Outer Mitochondrial Membrane Category Membrane biology ca Membrana mitocondrial externa ...   more details



  1. Fibril

    Dablink For the product of protein aggregation, see Amyloid Amyloid biophysics Amyloid . Unreferenced date December 2009 unclear date December 2010 mergefrom Fibrillogenesis date December 2010 mergefrom Microfibril date January 2011 Fibril is a fine fiber approximately 1 Nanometre nm in diameter. citation needed date December 2010 Cytoplasmic fibrils are observed on the protoplasmic cylinders found in most spirochetal species, although no function of the cytoplasmic fibrils has been ascribed. Polysaccharides , the union of several linked monosaccharides , sometimes serve as a structural compound. Cellulose , the most abundant organic compound on Earth, forms cable like strings, known as fibrils in the tough walls that enclose plant cells. While cellulose is a compilation of glucose monomer s, they form unbranched, long strands instead of coils like starch or glycogen. These are arranged in parallel lines which form on top of each other in an intricate layer through hydrogen bonding. Insect flight muscle is said to be fibrillar, in that it contracts in response to being stretched by antagonistic muscle, so as to allow very rapid up to 1000hz contraction. See also Fibre Microfibril Myofibril Neurofibril Fibrillogenesis Protein filament Category Fibers Category Biology biochemistry stub de Fibrille fr Fibrille ko io Fibrilo sv Fibrill ...   more details



  1. NBD-TMA

    Orphan date February 2009 Image NBD TMA.png frame right NBD TMA NBD TMA 2 4 nitro compound nitro 2,1,3 azole benzoxadiazol 7 yl amine amino ethyl trimethylammonium is a small 139 Unified atomic mass unit u , positively charged 1 fluorescent dye. It was also known as EAM 1 N,N,N, Trimethyl 2 7 nitro 2,1,3 benzoxadiazol 4 yl amino ethanaminium iodide when it was briefly supplied by Macrocyclics Company as an iodide complex. NBD TMA has an excitation maximum at 458 nanometre nm and an emission maximum at 530 nm. It also has a smaller local excitation maximum around 343 nm. The molar extinction coefficient is about 13,000 cm sup 1 sup M sup 1 sup and its overall effective fluorescence is about 1 that of fluorescein . It is only mildly sensitive to halide ion collision quenching. NBD TMA was designed as a probe for monitoring kidney renal transport of organic ion cation s. As a small, positively charged fluorophore , it has also seen use as a tracer for measuring gap junction coupling in cases of cation selective connexin channels. Further reading PMID 10864014 PMID 15869481 Category Dyes ...   more details



  1. Nanophase material

    Nanophase materials are materials that have grain sizes under 100 nanometre s. They have different mechanical and optical properties compared to the large grained materials of the same chemical composition . transparency optics Transparency and different transparent colours can be achieved with nanophase materials by varying the grain size. Nanophase materials Nanophase metals usually are many times harder but more brittle than regular metal s. nanophase copper is a superhard material nanophase aluminum nanophase iron is iron with a grain size in the nanometer range. Nanocrystalline iron has a tensile strength of around 6 GPA, twice that of the best maraging steels. http www.nanosteelco.com technology nanoscale micro 03.html Nanophase ceramic s usually are more ductile and less brittle than regular ceramic s. References http www.answers.com topic nanophase material Sci Tech Dictionary Nanophase material, McGraw Hill Dictionary of Scientific and Technical Terms Footnotes References External links http www.sciamdigital.com browse.cfm?ITEMIDCHAR 63A2C4E3 5765 4155 B295 AF9ABF042A6&methodnameCHAR &interfacenameCHAR browse.cfm&ISSUEID CHAR 2C8189DC 8FB3 40E3 A7DF CC9F418E80F&ArticleTypeSubInclude BIT 0&sequencenameCHAR itemP Creating Nanophase Materials . Scientific American subscription required http www.phy.mtu.edu suits nanophase.html Nanophase Materials , Michigan Tech http www.cclms.lsu.edu cclms research research nanophase.html Research on Nanophase Materials , Louisiana State University Category Materials material stub ...   more details



  1. 180 nanometer

    Unreferenced date December 2006 CMOS manufacturing processes The 180 nanometre nm process refers to the level of semiconductor process technology that was reached in the 1999 2000 timeframe, by most leading semiconductor companies, like Intel , Texas Instruments , IBM , and TSMC . The origin of the 180  nm value is historical, as it reflects a trend of 70 scaling every 2 3 years. The naming is formally determined by the International Technology Roadmap for Semiconductors ITRS . Some of the first CPU s manufactured with this process include Intel Coppermine microprocessor Coppermine family of Pentium III processors. This was the first technology using a gate length shorter than that of light used for photolithography lithography which has a minimum of 193  nm . Some more recent microprocessors and microcontrollers e.g. PIC microcontroller PIC , Parallax Propeller are using this technology because it is typically low cost and does not require upgrading of existing equipment. Processors using 180 nm manufacturing technology Intel Coppermine microprocessor Coppermine E October, 1999 Sequence prev 250 nanometer 250 nm next 130 nanometer 130 nm list Complementary metal oxide semiconductor CMOS manufacturing processes DEFAULTSORT 180 Nanometer Category International Technology Roadmap for Semiconductors lithography nodes nano tech stub it 180 nm ...   more details



  1. Liver sinusoid

    Image Sinusoid.jpeg thumb 300px Sinusoid of a rat liver with fenestrated endothelial cells. Fenestrae are approx 100 Nanometre nm diameter, and the sinusoidal width 5 Micrometre m . Scanning electron micrograph by Robin Fraser, University of Otago . A liver sinusoid is a type of Sinusoid blood vessel sinusoidal blood vessel with fenestrated, discontinuous endothelium that serves as a location for the oxygen rich blood from the hepatic artery and the nutrient rich blood from the portal vein . ref http www.siumed.edu dking2 erg liver.htm sinusoids SIU SOM Histology GI Bot generated title ref Hepatocytes are separated from the sinusoids by the space of Disse . Kupffer cells are located inside the sinusoids and can Phagocytosis take up and destroy foreign material such as bacteria . Image Hepatic structure2.svg thumb left 500px Basic liver structure clearleft gallery Image Sinusoid.JPG Human liver sinusoid Image Gray1092.png A single lobule of the liver of a pig. X 60. gallery References references External links UIUCHistologySubject 589 BUHistology 15504loa Liver, Gall Bladder, and Pancreas liver, classic lobule BUHistology 22103loa Ultrastructure of the Cell hepatocytes and sinusoids, sinusoid and space of Disse http www.lab.anhb.uwa.edu.au mb140 CorePages Liver liver.htm LIVER Histology at anhb.uwa.edu.au digestive stub circulatory stub Digestive glands Veins of the torso Category Veins of the torso Category Liver anatomy de Lebersinusoid ...   more details




Articles 1 - 25 of 477          Next


Search   in  
Search for Nanometre in Tutorials
Search for Nanometre in Encyclopedia
Search for Nanometre in Videos
Search for Nanometre in Books
Search for Nanometre in Software
Search for Nanometre in DVDs
Search for Nanometre in Store


Advertisement




Nanometre in Encyclopedia
Nanometre top Nanometre

Home - Add TutorGig to Your Site - Disclaimer

©2011-2013 TutorGig.com. All Rights Reserved. Privacy Statement